Engineering Reliability Into Commercial Drones
Commercial drone design uses coordinated power management, motor control, current sensing, and magnetic position sensing to improve flight reliability.
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Commercial drone design uses coordinated power management, motor control, current sensing, and magnetic position sensing to improve flight reliability.
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Learn how the XMOS XVF3800 uses microphone arrays, beamforming, and acoustic echo cancellation to improve far-field voice processing.
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Learn how TE Connectivity HC-STAK 25 XE and HC-STAK 35 high-voltage interconnection systems support scalable EV and HEV power distribution, cable routing, thermal performance, and serviceability.
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Discover scalable 48V data center power solutions for Open Rack V3, including efficient conversion, modular shelves, redundancy, telemetry, and rack-level distribution.
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Industrial Wi-Fi 7 improves factory connectivity with Multi-Link Operation, wider channels, and fast roaming support for automated equipment and wireless networks.
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SiC power stages enable compact motor-integrated servo drives and three-phase inverter evaluation for robotics and industrial motion control.
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Explore in-cabin infrared sensing for automotive monitoring systems and the ams OSRAM SFH 4722CS A01 IR LED for reliable driver and occupant detection.
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Explore distributed energy resources, SiC power electronics, battery energy storage systems, and intelligent grid technologies enabling resilient, decentralized power.
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Indoor air quality sensing combines monitoring of particulate matter, temperature, and humidity to help smart buildings improve ventilation and occupant comfort.
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The Arduino VENTUNO Q edge AI SBC combines accelerated AI processing with a dedicated real-time microcontroller for robotics, vision systems, and automation.
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RF communication fundamentals, signal chain components, and interconnects shaping performance, noise, and signal integrity in wireless systems.
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Explore how low-power FPGAs enable sensor aggregation, interface bridging, and efficient edge preprocessing in compact, power-constrained systems.
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Smart sensor overview covering sensor functionality, integration, and data processing concepts for electronic system design.
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Wi-Fi HaLow enables long-range, low-power IEEE 802.11ah networking for industrial IoT devices, extending coverage with native IP connectivity and Wi-Fi security.
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Evaluation platforms accelerate automotive embedded development with early software bring-up, interface validation, and bench testing across CAN XL, Ethernet, LIN, and FlexRay networks.
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Power optimization in multiprotocol smart home designs using ultra-low-power wireless SoCs for Matter, Thread, Zigbee, and secure battery-powered smart locks.
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Smart grid evolution using IoT, data analytics, and V2G enables decentralized energy systems and real-time grid management for modern electrification.
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Ground-plane-independent multi-port IoT antennas support 4G/5G and GNSS integration, improving signal reliability and durability across indoor and outdoor deployments.
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Ultra‑wideband enables centimeter‑level real‑time location accuracy using time‑of‑flight and angle‑of‑arrival techniques, supporting secure access, robotics, and tracking in GPS‑limited environments.
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SPI page EEPROMs unify byte-level updates and page-based operations, enabling low-power, reliable storage for mixed embedded workloads and firmware in modern designs.
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